Case studyNon-contact jet dispensing


Challenges

  • We are performing dot dispensing of epoxy resin onto electronic components using an air-pulse dispenser mounted on an automated machine, but the height of the workpiece fluctuates within the assembly tolerance range, causing the dispensing amount to increase or decrease (Challenge 1).
  • We are performing wire protection for semiconductor chips using an air-pulse dispenser mounted on an automated machine, but we cannot increase the machine speed due to concerns about the nozzle coming into contact with the wires (Challenge 2).
  • We are currently applying grease to large automotive parts from below using a valve, but we cannot control it well and are applying about three times the required amount (Issue 3).

Solutions

  • Switched from an air-pulse dispenser to a non-contact JET dispenser.

Results

  • Achieved precise, metered application regardless of workpiece height.
  • Eliminated the need for Z-axis movement to bring the nozzle closer to the workpiece, resulting in shorter cycle times. Also eliminated concerns about interference between the nozzle and the workpiece.
  • Succeeded in applying the required amount through non-contact application from the bottom of the workpiece to the top. Reduced the amount of fluid used.

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